Customized Opening Direction RF Shielded Door with White Door Color and MIL-STD

The Galvanized Steel Sheet MRI Shielded Door provides a cost-effective alternative to copper shielding for far-field shielding requirements or budget-sensitive projects. Using 1.2mm galvanized steel plate as the shielding layer, this door still achieves RF attenuation performance exceeding 100 dB across the 10 MHz to 100 MHz frequency range when tested in accordance with applicable standards. The steel shielding effectively blocks external radio frequency interference from sources such as broadcast transmissions, cellular signals, and industrial equipment that could affect MRI image quality.

This door is suitable for MRI installations in environments with moderate electromagnetic interference levels, where the shielding requirements are less stringent than for extremely high-field systems or research applications. The galvanized steel construction provides good corrosion resistance and durability for high-traffic clinical environments. The door is particularly appropriate for 1.5T systems and lower field strengths where the risk of external interference is manageable with steel shielding.

The door incorporates the same non-magnetic construction principles as premium copper doors, using aluminum components and stainless steel hardware to ensure MRI compatibility. The galvanized steel layer is encapsulated within the door construction, protected from damage and corrosion. Acoustic isolation features achieve STC 40 or STC 50 ratings, reducing noise transmission between the MRI suite and adjacent areas. Manual or pneumatic operation options are available based on facility requirements.

The factory's advanced sheet metal processing capabilities include CNC punching, shearing, and forming equipment that ensures precise fabrication of galvanized steel components. An automated powder coating line provides consistent, durable finishes that protect the steel shielding from corrosion and maintain a professional appearance. The factory's production efficiency enables competitive pricing while maintaining quality standards.

Quality control procedures include material verification, dimensional inspection, and RF attenuation testing to confirm performance. The factory's experience with both steel and copper shielding systems enables appropriate material selection based on specific application requirements. Standardized interfaces facilitate easy connection with existing shielding enclosures, reducing installation time and cost.

The factory's design team provides consultation on material selection based on shielding requirements and budget considerations. Installation services include proper connection to the shielding enclosure and verification of electrical continuity. The factory offers comprehensive documentation including test reports and installation instructions. A warranty program provides protection against manufacturing defects, and ongoing technical support ensures continued performance.